The MegaJoule Direct Drive Campaign: NIF Experiments on the Pathway to MJ Yield
Explore NIF experiments on the pathway to MJ yield in direct drive fusion, focusing on the MegaJoule Direct Drive Campaign and its implications for fusion energy research.
Low-Velocity Proton Stopping Power Measurement in Warm Dense Matter
Explore low-velocity proton stopping power in Warm Dense Matter through cutting-edge measurements and analysis techniques.
Calling the Shot: How AI Predicted Fusion Ignition Before It Happened
Explore how AI predicted fusion ignition at the National Ignition Facility, revolutionizing clean energy research and bringing us closer to harnessing the power of the stars.
Machine Learning Applications in Scientific Problems with Sparse Data - Afternoon Address
Explore Dr. Kelli Humbird's career in data science, focusing on inertial confinement fusion and machine learning applications in scientific problems with sparse data.
Unidirectional Light Emission from a Topological Perspective
Explore unidirectional light emission in photonic integration through topological charges, unveiling novel phenomena and applications in next-generation computing.
Рентгенофлуорисцентный анализ и изотопный анализ
Изучите основы рентгенофлуоресцентного и изотопного анализа, их применение и интерпретацию результатов в геологических исследованиях.
FUSE.jl: The Power of Julia for the Fusion Industry
Explore FUSE.jl, a unified framework for fusion device design using Julia. Learn how it integrates models, enhances efficiency, and optimizes fusion power plant designs through multi-objective approaches.
Radiation in Holography
Explore encoding radiative degrees of freedom in 4D asymptotically AdS spacetimes using boundary tensors. Examine effects on symmetry groups and connections to flat spacetimes.
Electromagnetic Probes of Magnetized Quark-Gluon Plasma
Explore electromagnetic probes of magnetized quark-gluon plasma in this advanced physics lecture by Igor Shovkovy from Arizona State University.
Quarkyonic Matter: Excluded Volume Model and More - Lecture
Explore quarkyonic matter and excluded volume models in strongly interacting systems, focusing on electromagnetic effects and recent developments.
Applied Nonrelativistic Conformal Field Theory - Lecture on Schrödinger Symmetry and Applications
Explore applied nonrelativistic conformal field theory, covering Schrödinger symmetry, NRCFT examples, and applications in nuclear physics and reactions.
Holographic Baryonic Matter Without Flavor Branes
Explore holographic baryonic matter without flavor branes in this advanced physics lecture by Carlos Hoyos, delving into cutting-edge research in theoretical physics.
The Role of Machine Learning in Facilitating Fusion Energy Research
Explore machine learning applications in fusion energy research, including turbulence simulation speed-ups and predicting rare events. Gain insights into ML's potential to accelerate progress towards clean, abundant fusion energy.
Solving Differential Equations in Scilab - First and Second Order ODEs
Learn to solve first and second order differential equations in Scilab using the ODE command, with practical examples from physics like radioactive decay, capacitor charging, and harmonic oscillators.
Precise Predictions and New Insights for the Migdal Effect
Explore precise predictions for the Migdal effect in particle scattering, including its relevance to dark matter detection and the potential of the HydroX proposal for enhanced sensitivity.
Precise Predictions and New Insights for the Migdal Effect
Explore precise predictions for the Migdal effect in particle scattering, including its relevance to dark matter detection and the potential of the HydroX proposal for enhanced sensitivity.
Quantum Computing and Nuclear Physics
Explore quantum computing applications in nuclear physics, covering algorithms, simulations, and potential breakthroughs in understanding atomic nuclei and nuclear reactions.
The Neutrino Saga: An Epic Poem of Past, Present and Future Discoveries
Explore the fascinating journey of neutrino discoveries, from historical breakthroughs to future prospects, in this engaging seminar by Yuber Perez.
Fluid-Dynamical Models of Heavy Ion Collisions - Class 1
Explore fluid-dynamical models of heavy ion collisions with Gabriel Denicol in this comprehensive minicourse, focusing on fundamental concepts and applications.
Jet Quenching from Large to Small Systems - Seminar
Explore jet quenching phenomena across various collision systems, from large-scale heavy-ion collisions to smaller proton-proton interactions in high-energy physics.
Applications of Holography to QCD and Nuclear Physics - Class 5
Explore applications of holography to QCD and nuclear physics in this advanced lecture, part of a series on holography's 25th anniversary.